Why does my Scheppach HMS860's speed decrease when planing?
The speed of your Scheppach Planer might decrease when planing if you're removing too much material at once; try reducing the chip removal. It could also be due to feeding the material too quickly, so reduce the infeed speed. Also, check if the knives are blunt and replace them if necessary.
Why does my Scheppach Planer stop during planing?
Your Scheppach Planer might stop during planing due to several reasons. The planing blade could be blunt or worn, requiring replacement or sharpening. The overload switch may have tripped; if so, switch the motor on again after it has cooled. Ensure the chip extractor hood or bench lock is correctly fitted to press the microswitch. Also, reduce the amount of chip removal and the infeed speed.
What to do if Scheppach HMS860 machine does not work or stops suddenly?
If your Scheppach planer does not work or stops suddenly, check the fuse, as there may be a power cut. Have an electrician check the motor or switch for defects. Ensure the chip extractor hood is fitted correctly, pressing the microswitch. Also, note that due to the integrated low-voltage protection, the machine does not restart automatically after a voltage interruption; you must switch it on again.
Why is the chip ejection obstructed with my Scheppach HMS860 Planer during surface planing and thicknessing, even with a dust extractor?
If you're experiencing obstructed chip ejection with your Scheppach Planer during surface planing and thicknessing, even when using a dust extractor, the suction performance may be too weak. Use a dust extractor unit having an airflow rate at the suction connection of at least 20 m/s.
Why is the chip ejection obstructed during surface planing on my Scheppach Planer (without dust extractor)?
If chip ejection is obstructed during surface planing on your Scheppach Planer without a dust extractor, it could be due to several reasons. You might be removing too much material at once, so try reducing the chip removal. The feed speed might be too fast, so reduce the infeed speed. The knives may be blunt, requiring replacement. Also, the wood might be too humid, so ensure the workpiece is dry.
How to fix unsatisfactory surface finish with Scheppach Planer?
To fix an unsatisfactory surface finish with your Scheppach Planer, first, check if the planing blade is blunt or worn and replace or sharpen it. Also, the planing blade could be filled with chips, so remove them. Ensure you feed the workpiece with constant pressure and at a reduced speed to avoid uneven feed.
Why is the chip ejection obstructed during thicknessing on my Scheppach HMS860 Planer (without dust extractor)?
If you're experiencing obstructed chip ejection during thicknessing on your Scheppach Planer without a dust extractor, it could be due to a few reasons. You might be removing too much material at once, so reduce the chip removal. The knives may be blunt and need replacing. Also, the wood might be too humid, so ensure the workpiece is dry.
What to do if Scheppach HMS860 Planer machine cannot be switched on?
If your Scheppach Planer machine cannot be switched on, first, check the power supply. If the power supply is ok, take the machine to your service point, as the carbon brush might be worn or the chip extractor might not be mounted.
What causes a machined surface to be too rough when using Scheppach HMS860?
If the machined surface is too rough when using your Scheppach Planer, it might be because the workpiece contains too much moisture. Try drying the workpiece before machining.
Why does the workpiece jam during thicknessing with Scheppach Planer?
If the workpiece jams during thicknessing with your Scheppach Planer, the cutting depth might be too great. Reduce the cutting depth and machine the workpiece in several passes.
Details the process and adjustments for surfacing wood pieces.
Details the process and adjustments for thicknessing wood pieces.
General| Power | 1500 W |
|---|---|
| Idle speed | 9000 RPM |
| Product color | Black, Blue, Grey |
| Dust extraction | Yes |
| AC input voltage | 230 - 240 V |
| Housing material | - |
| AC input frequency | 50 Hz |
| Planning width (max) | 204 mm |
Weight and Dimensions| Depth | 805 mm |
|---|---|
| Width | 445 mm |
| Height | 430 mm |
| Weight | 29500 g |
| Thicknessing table dimensions (W x D) | 270 x 251 mm |
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